Use the formula $\omega = \frac { \theta } { t }$ to find the value of the missing variable. Give an exact answer unless otherwise indicated.
-$\omega = 7.2935$ radians per min, $\theta = 14.10$ radians (Round to four decimal places when necessary.)
A) $102.8384 \mathrm {~min}$
B) $21.3935 \mathrm {~min}$
C) $0.5173 \mathrm {~min}$
D) $1.9332 \mathrm {~min}$

Question

Quizplus · Accepted Answer

The Answer of Use the formula $\omega = \frac { \theta } { t }$ to find the value of the missing variable. Give an exact answer unless otherwise indicated.
-$\omega = 7.2935$ radians per min, $\theta = 14.10$ radians (Round to four decimal places when necessary.)
A) $102.8384 \mathrm {~min}$
B) $21.3935 \mathrm {~min}$
C) $0.5173 \mathrm {~min}$
D) $1.9332 \mathrm {~min}$

Use the Formula ω=θt\omega = \frac { \theta } { t }ω=tθ​

Use the Formula $\omega = \frac { \theta } { t }$